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This article explores how falling technology costs and standardized data protocols like IO-Link are democratizing connected maintenance. It explains how predictive diagnostics and oil analysis empower businesses of all sizes to optimize industrial automation, reduce downtime, and boost efficiency.
Hyundai’s massive Atlas robot deployment signals a shift from rigid PLC lines to adaptive physical AI.
Niche specialists drive sustainable factory automation by aligning robotics and environmental systems with direct customer demand.
Variscite’s new SoM delivers secure processing, edge AI, and vision for smart factories.
Vision, sensing, and edge AI merge to create adaptive, self-optimizing smart factories
Singapore counters industrial cost pressures by scaling AI, PLCs, and DCS in smart factories.
ABB has launched the PoWa series of robots, which can handle a load of 30 kilograms and feature high-speed performance. Combined with AI programming tools and a 60-minute rapid deployment process, it has lowered the threshold for industrial automation.
ABB integrates GenAI Copilot with predictive maintenance technology, simplifying the diagnosis of industrial equipment through dynamic QR codes and enhancing the efficiency of automated operation and maintenance.
ABB and Serendix 3D-printed a Japanese train station in one night, cutting costs by 50% and solving labor shortages with robotic precision.
ABB and NVIDIA collaborate to launch RobotStudio HyperReality, using Omniverse to achieve 99% sim-to-real accuracy. This physical AI solution slashes costs by 40% and accelerates time-to-market by 50% for global manufacturers.
Comau and Aptiv co-develop AI-driven robotics and autonomous logistics, integrating edge computing and advanced sensors to simplify industrial automation.
Comau and Aptiv partner to develop AI-driven robotics and autonomous systems. Learn how edge computing and sensors are revolutionizing factory safety.
By 2034, the global power electronics market is expected to reach 53.1 billion US dollars. Driven by SiC and GaN semiconductor technologies, AI-driven power management is becoming a core pillar for achieving efficient energy conservation in industrial automation, robotics, and electric vehicles.
Launchpad Build AI has launched its first manufacturing language model (MLM™) and has relocated to California. This technology, driven by AI, increases the speed of automated design by 50%, helping small and medium-sized enterprises achieve efficient and cost-effective robot deployment.
Legacy components provide stability and cost-savings. Strategic sourcing ensures long-term uptime.
NCC and Direct Companies bridge the skills gap through expert-led DCS and industrial automation training.
Vietnam transitions to Edge AI and Industry 4.0, leveraging ST’s expertise and local talent.
Siemens transforms production with an AI-ready platform featuring NVIDIA GPUs and Palo Alto cybersecurity for real-time industrial intelligence.
Cisco and Rockwell bridge the gap between AI pilots and production-ready autonomy on the factory floor.
A pilot study reveals how AI and edge computing optimize SOEC electrolyzers and decouple software.
Analysis of the shift toward decentralized AI and the challenges of brownfield interoperability.
AI is evolving pressure transmitters from passive sensors into intelligent assets. By enabling predictive maintenance and advanced root-cause diagnostics, these devices enhance reliability and efficiency across DCS and PLC-controlled environments.
Honeywell introduced the 13MM Pressure Sensor for ultra-high purity environments like semiconductor fabrication. It complies with SEMI F20 standards, resists vacuum drift, and improves wafer yield by reducing contaminants.
ABB and Jacobi Robotics collaborate to bring Physical AI to warehouses. The OmniPalletizer software enables ABB robots to handle unsequenced case flows, reducing labor costs and eliminating the need for complex upstream infrastructure.
This report explores the $466B growth of IACS, highlighting AI integration and open systems.